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Next-Gen Concrete Protection
SlopeShield Plus SA gives contractors the flexibility they need with today's demanding schedules and labor-challenged market.
Benefits:
- Apply as early as day-6 after a concrete pour or directly to damp concrete during reroofing
- Prevents weather-related rewetting enabling early dry-in
- Allows interior trades to safely begin BEFORE completing cure cycle
- Eliminates curing calendar resets avoiding costly setbacks
- Streamlines sequencing, protects the structure, keeps project moving
- Saves time, labor, and expensive project setbacks
Green, Fresh Pour Structural Concrete
Install SlopeShield Plus SA over green concrete a minimum of 5 days after pour. Ensure the surface is dry to the touch and meets all the required preparation requirements published in the installation instructions.
| Construct | Pour | Protect Roof Deck |
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| Structural concrete roof preparation | Minimum 5-day cure time, apply SlopeShield Plus SA on day 6 or thereafter | Apply SlopeShield Plus SA to partially cured concrete, interior trades can begin |
Lightweight Insulating Concrete
SlopeShield Plus SA can be applied to lightweight insulating concrete. Substrate preparation includes priming the surface with sodium silicate approximately two days after the pour to lock in free lime and stabilize the surface chemistry.
| Construct | Pour/Prepare | Protect Roof Deck |
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Lightweight concrete roof preparation |
Minimum 5-day cure time, prime within two days, apply SlopeShield Plus SA on day 6 or thereafter |
Apply SlopeShield Plus SA to partially cured concrete, interior trades can begin |
Advantages of SlopeShield Plus SA Over Concrete
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Applying SlopeShield Plus SA on day-6 of the cure process:
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Upon full cure, following American Concrete Institute (ACI) guidelines, SlopeShield Plus SA creates a walkable surface with excellent traction and supports construction equipment |
Reroof: Over High Moisture Content Concrete
SlopeShield Plus SA can be applied over existing concrete with high moisture content if the surface is dry to the touch. Applying SlopeShield Plus SA eliminates rewetting—even after rain—reducing schedule uncertainty and maintaining interior operations.
| Remove | Protect | Remain Operational |
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Damp concrete is exposed |
Apply SlopeShield Plus SA to high moisture content concrete |
Concurrent drying and protection maintains project momentum |
Cure Times and Installation Guidance
SlopeShield Plus SA does not accelerate the natural curing process of concrete; proper curing is still essential for substrate integrity and performance. While SlopeShield Plus SA protects the concrete from external moisture and allows internal vapor to escape, VaproShield recommends following American Concrete Institute (ACI) guidelines for cure time. This guideline aligns with industry standards to ensure optimal results.
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Concrete Roof Deck Protection Resources
Related Products
Roof-to-Below-Grade Protection
Large-format industrial buildings such as data centers require continuous, high-performance building enclosure systems to safeguard the critical infrastructure within. Moisture intrusion, uncontrolled air leakage, and enclosure failures can compromise uptime, disrupt operations, and increase long-term risk. A fully integrated roof-to-below-grade enclosure solution from VaproShield delivers continuous protection, helping preserve mission-critical assets while enhancing energy efficiency and long-term facility value.
Proven Solutions
Roof to Below Grade Air Barrier Solutions
VaproShield’s integrated air barrier systems deliver continuous, airtight protection from roof to below grade, strengthened by a strategic alliance with Polyguard—providing one system, one warranty, and complete confidence.
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Approvals on Our Popular Products
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Build with confidence - Learn more about our critical infrastructure integrated moisture solutions. Contact us for your free sample
August 26, 2024
| Time | Presentation | Speaker | Register |
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10:00am-10:50am EST |
Apples to Oranges: The Impossibility of Comparing Advantages of Fluid-Applied Flashing Materials to their Alternatives |
Guy Long |  |
| 11:00am-11:50am EST | Through-Wall and Transition Membranes: Selection and Installation | Danielle Jackson | |
| 12:00pm-12:50pm EST | What Is High-Temperature? | Ben Meyer | |
| 1:00pm-1:50pm EST | The Big Disconnect: Roof to Wall Connections for your Air Barrier | Roy Schaffele | |
| 2:00pm-3:00pm EST | Project Experiences With (or Without) Flashings | Brian Stroik | |
| Property | Test Method | 2022 Standard (14 Tests) |
| Air Permeance | ASTM E2178 | |
| Apparent Core Density | ASTM D1622 | |
| Compressive Strength | ASTM D1621 | |
| Dimensional Stability at 28 days | ASTM D2126 | |
| Fungi Resistance | ASTM C1338 | |
| Gap Bridging - Declare gap width and temperature tested | ABAA 0004 | |
| Open Cell Content, Volume | ASTM D6226 | |
| Pull Adhesion | ABAA 0002 | |
| Surface Burning Characteristics | ASTM E84 | |
| Tensile Strength | ASTM D1623 | |
| Thermal Resistance for a 25-mm thick specimen | ASTM C518 | |
| Water Absorption by Volume | ASTM D2842 | |
| Water Resistance with a 55-cm head of water | AATCC 127 | |
| Water Vapor Transmission Rate for a 50-mm thick specimen - water and desiccant method | ASTM E96 |
